KR20100100098A - Hot water heating bed - Google Patents

Abstract

PURPOSE: A hot water heating bed is provided, which can effectively perform heating with a low cost and reduce electromagnetic wave or excessive expense of the maintenance charge. CONSTITUTION: A hot water heating bed comprises: a frame(110); a heating mattress(120) supported in the frame; a heating element(150) heating the warm water provided to the heat mattress; a connection part(130) interlinking the warm water pipe of the heat mattress and heating element; a circulating pump pumping the heated warm water; and a separator eliminating bubbles equipped in the warm water. The heating mattress includes: a plurality of cushion materials arranged on top of each other; a buffer unit in which a buried groove is formed; and a functional mat part mounted on the lower part or the inside of the buffer unit.

Description

Hot water heating bed {Hot water heating bed}

The present invention relates to a hot water heating policy, and more particularly to a hot water heating policy that is heated using hot water.

Recently, Western culture has become commonplace, and many families are using beds.

However, most of the conventional beds used by many people are formed by mounting a mattress with a spring therein for cushioning in the frame, and these conventional beds do not have a separate heating system. In the case of accustomed seniors or unusually cold people, it became a major cause of discomfort in the winter.

Therefore, in the past, a separate electric mat was laid on the mattress so that the heating was performed on the mat of the bed. However, since the general electric mat generates heat by heating the heating wire, when the electric blanket is turned on overnight, the electric charges increase rapidly. There is a problem that the cost increases, and there is a problem of increasing the user's anxiety due to the generation of electromagnetic waves.

The present invention has been created to solve the above problems, by heating with hot water can be effectively heated at low maintenance costs, hot water heating policy that can solve the problems such as excessive expenditure of electromagnetic waves or maintenance costs The purpose is to provide.

Hot water heating policy according to the present invention for achieving the above object is a frame, a heating mattress which is supported on the frame and the hot water pipe flowing therein, and heating means for heating the hot water supplied to the heating mattress And a connection part connecting the heating means and the hot water pipe of the heating mattress to form a closed circuit, and a circulation pump for pumping hot water to circulate the hot water heated by the heating means through the hot water pipe.

The separator may further include a separator for removing bubbles contained in the hot water circulating the hot water pipe, wherein the heating mattress includes a plurality of cushioning materials stacked on each other, and the hot water pipe is inserted thereon. It is preferable that the buried groove is formed so that the buried portion, and the inside of the buffer portion or the lower portion of the buffer portion and preferably includes a functional mat portion containing any one selected from charcoal, mugwort.

And the connection part includes a water discharge pipe extending from the heating means so that heated hot water is supplied to the hot water pipe, and a recovery pipe connected to the heating means so that the hot water circulated through the hot water pipe is recovered. A separation tank having a filling space connected to a pipe and filled with hot water, and having a drain pipe connected to a heating tank of the heating means on one side, and connected to the recovery pipe, and having a water outlet hole directed downward; The inlet pipe extending to the outlet, the discharge pipe connected to move the water filled in the separation tank to the heating tank of the heating means at a position separated from the inlet pipe by a predetermined distance, and discharge the air collected in the separation tank to the outside. It is preferable to have an air discharge | release part for making it.

More preferably, the separation tank has a see-through window formed so as to check the level of water filled therein on one side, and the air discharge portion divides the separation tank into a loss and a basement, and an edge thereof contacts the inner circumferential surface of the separation tank. A partition plate installed in the separation tank to block the movement of air between the upper and lower chambers and to move up and down, and an elastic member supporting the partition plate to be elastically biased upward from the lower part of the partition plate; The valve seat is installed on the upper surface of the partition plate to cover the exhaust hole formed in the vertical direction in the center of the partition plate, and the valve seat and the partition plate is pressed downward to lift the edge of the valve seat to lift the exhaust hole. It is provided with a push rod for allowing the air of the basement to be discharged to the outside through and lowering the partition plate Further, a bypass pipe is further provided to connect the loss of the separation tank and the heating space inside the heating tank to prevent the pressure inside the heating tank from rising due to water vapor generated during heating of the hot water in the heating tank. Can be.

Hot water heating policy according to the present invention does not need to worry about the risk of electromagnetic waves because the heating is made using hot water, there is an advantage that can block the heating efficiency is impaired by the bubbles contained in the hot water passing through the hot water pipe.

Hereinafter, the hot water heating zone according to the present invention with reference to the accompanying drawings in more detail.

1 to 9 illustrate a preferred embodiment of the hot water heating policy 100 according to the present invention.

Referring to the drawings, the hot water heating policy 100 is the frame 110, the heating mattress 120 supported by the frame 110, the heating means 150 for heating the hot water supplied to the heating mattress 120 And, the connecting portion 130 for connecting the heating means 150 and the hot water pipe 140 of the heating mattress 120, the circulation pump 176 for pumping the heated hot water and the nose for removing air bubbles in the hot water The separator 180 is provided.

The frame 110 is spaced above the predetermined height above the mattress for heating 120 to the ground, and is the same as that used in a conventional bed.

The heating mattress 120 is installed on the frame 110 to support a user's body, and includes a buffer unit 121 having a plurality of cushioning materials 122 and a functional mat unit installed inside the buffer unit 121. It includes a 125, a hot water pipe 140 is installed in the shock absorbing portion 121 and a covering material 123 surrounding the outer surface of the shock absorbing portion 121.

As described above, the cushioning portion 121 is formed by stacking a plurality of cushioning materials 122. The buffering portion 121 of the present embodiment has an upper cushioning material 122a, a middle cushioning material 122b, and a lower cushioning material 122c mutually formed. It is laminated and formed.

The upper cushion member (122a) is provided with an installation groove 124 for embedding the hot water pipe 140 on the upper surface, the installation groove 124 is formed to correspond to the buried form of the hot water pipe 140, Even if the tube 140 is embedded, the hot water tube 140 does not protrude to the upper portion of the buffer 121.

In this embodiment, the buffer portion 121 is to include three cushioning material 122, but if necessary, the number of the cushioning material 122 can be added or subtracted, the cushioning material 122 is a cushioning spring, The buffer part 121 materials, such as a sponge, can be applied.

The functional mat unit 125 is to increase the functionality to help the user get a good night's sleep.

The functional mat unit 125 is installed inside the buffer unit 121, and is formed as a mat layer including char between the upper cushion member 122a and the middle cushion member 122b, so that the user can use the negative ion and deodorizing function of the char. Helps her get a good night's sleep

The functional mat unit 125 may further include a material that emits anion and far infrared rays, such as ganbanite, germanium, and jade, and may include a natural vegetable material such as wormwood.

In this embodiment, the heating mattress 120 is shown to include a plurality of cushioning material 122, the heating mattress 120 may be formed in addition to the heating is made of stone in addition to the ondol type.

The hot water pipe 140 is to be heated through the hot water is buried in the buffer material, the installation groove 124 so that the hot water pipe 140 is installed on the upper surface of the upper cushion member (122a) as described above Is formed, the hot water pipe 140 is installed in the installation groove 124.

The hot water pipe 140 of the present embodiment is divided into two along the longitudinal direction of the upper cushion member (122a), the first hot water pipe (141) installed on one side of the divided upper cushion member (122a), and the second installed on the other side Hot water pipe 142 is included.

Since the first and second hot water pipes 141 and 142 are individually extended on the divided upper cushioning material 122a, the user may selectively heat only the divided one side or the whole side on the heating mattress 120 as necessary. It becomes possible.

The first and second hot water pipes 141 and 142 branch from the first and second distribution units 144 and 145 connected to the outlet pipe 131 of the connection unit 130, respectively, and the first and second distribution units 144 and 145, respectively. It includes a plurality of branch pipes 143, the branch pipes 143 are extended in a meander shape to heat the heating mattress 120.

In the present embodiment, the hot water pipe 140 includes first and second hot water pipes 141 and 142 respectively formed on one side and the other side of the divided heating mattress 120, but the mattress for heating is provided through one extension tube. The entirety of the 120 may be heated together, or the heating mattress 120 may be divided into three or more portions to individually heat the respective regions.

As described above, the connection unit 130 includes a water outlet pipe 131 extending from the heating means 150 to supply hot water heated to the hot water pipe 140, and hot water circulated through the hot water pipe 140. And a recovery pipe 132 for recovery to 150.

The water outlet pipe 131 is connected to the circulation pump 176 to be described later to transfer the heated hot water to the hot water pipe 140, the end of the water outlet pipe 131 is the first, second distribution unit (144, 145) It is divided and extended to supply hot water to each.

The first and second distribution units 144 and 145 are for supplying hot water obtained through the water discharge pipe 131 into the respective branch pipes 143, and the inside of the housing 146 and the housing 146. It is installed and includes a branch member 147 connected to the outlet pipe 131, the branch pipes 143 are connected to the branch holes of the branch member 147, respectively, so that hot water moves through the branch pipe 143. do. And between the branch member 147 and the end of the water discharge pipe 131 is provided with an opening and closing valve 148 for selectively opening and closing the pipeline, by opening or closing the opening and closing valve 148 for the user as needed The heating area on the mattress 120 may be selected.

The recovery pipe 132 is connected to the end of each of the branch pipes 143 and provides a movement path for returning the hot water, which has undergone heat exchange, back to the heating means 150 while circulating.

The heating means 150 is for heating hot water.

The heating means 150 is a case 151 having a predetermined internal space, the heating tank 160 is installed in the case 151, the pressure regulator is installed in communication with the adjacent to the heating tank 160 170, a heating coil 166 installed in the heating tank 160, and a control unit for controlling driving of the heating coil 166.

The case 151 has an upper case 152 and a lower case 156 that can be coupled and separated from each other, and the upper case 152 has a water supply hole 153 formed to supply water to the heating tank 160. And, the stopper 154 for selectively opening the water supply hole 153 is detachably coupled. In addition, a rod through hole 155 is formed at one side of the upper case 152 so that the push rod 197 of the separator 180 to be described later is protruded to the outside, and the user operates the heating means 150 at the other side. The power button 157, the driving button 158 and the temperature control lever 159 is installed to enable.

The lower case 156 supports the heating tank 160 and the control unit, the circulation pump 176 and the water separator 180 to be described later, and are detachably coupled to the upper case 152.

The heating tank 160 is provided with a predetermined heating chamber 161, the water can be filled through the water supply hole 153, the heating coil 166 is installed on one side of the control unit When the heating coil 166 is driven in the hot water is heated in the heating tank 160.

Although not shown, a temperature sensor 167 may be provided at one side of the heating tank 160 to measure a temperature of hot water heated in the heating tank 160.

The heating tank 160 is formed with an inlet 162 so that the hot water recovered through the recovery pipe 132 and the water separator 180 may be introduced, and a drain 163 for discharging the heated hot water is also formed. The water drained through the drain 163 is introduced into the circulation pump 176.

In addition, a pressure control chamber 164 is formed at one side of the heating tank 160 so that the pressure regulator 170 may be installed, and a connection hole communicating with one side of the heating chamber 161 and the pressure control chamber 164. 165 is provided.

The pressure regulator 170 is for preventing the pressure of the heating chamber 161 from being excessively high during the process of heating the hot water in the heating chamber 161, and supports the expansion tube 171 and the expansion tube 171. It includes an elastic body 173.

The expansion pipe 171 is formed in the form of a corrugated pipe that can be stretched up and down in the pressure control chamber 164, and is expanded by the pressure line 172 inserted into the heating heating chamber 161 through the connection hole 165. The inside of the pipe 171 and the heating chamber 161 communicate with each other.

The elastic body 173 elastically biases the expansion tube 171 upward from the bottom of the expansion tube 171, the upper end of the expansion tube 171 is caught by the upper locking jaw of the pressure control chamber 164 The expansion tube 171 is pressed by the elastic body 173 so that the vertical length is shortened.

When the hot water is heated by the heating coil 166 in the heating tank 160, the pressure of the heating chamber 161 is increased, and water or steam in the heating chamber 161 is the pressure line 172. Inflow into the expansion tube 171 to extend the expansion tube 171 downwards, at this time, the elastic body 173 is compressed.

Subsequently, when the pressure of the heating chamber 161 is lowered, the lower end of the expansion tube 171 moves upward by the restoring force of the elastic body 173, and the hot water or air or steam inside the expansion tube 171 is heated in the heating chamber 161. Return to the side.

When the circulating pump 176 is supplied with heated hot water through the drain 163, the hot water passes through the hot water pipe 140 through the water outlet pipe 131 and then the heating means 150 through the recovery pipe 132. The hot water is pumped to return to.

The controller 175 is the heating coil 166 and the circulation pump 176 in accordance with the applied signal when the user applies a drive signal through the power button 157, the drive button 158 or the temperature control lever 159 Send a drive signal to drive.

The separator 180 is for removing bubbles contained in the hot water circulated.

When air flows into the hot water circulating the hot water pipe 140, since the air bubbles must move in the hot water pipe 140, the heating efficiency is lowered. Therefore, it is necessary to remove the gas contained in the hot water circulating the hot water pipe 140.

The separator 180 includes a separation tank 181 and an air discharge unit 187 for discharging air collected in the separation tank 181.

The separation tank 181 is connected to the recovery pipe 132 is connected to the inlet pipe 182 so that the hot water recovered through the recovery pipe 132, the air into the heating tank 160 on one side. Discharge pipe 183 is formed to move the separated hot water.

The inlet pipe 182 and the discharge pipe 183 is formed to be spaced apart from each other so that the water introduced into the separation tank 181 through the inlet pipe 182 once filled in the separation tank 181 after the discharge pipe 183 It is introduced into the heating tank 160 through.

When hot water is introduced into the separation tank 181 through the inflow pipe 182, the gas moves upwards, so that gas and hot water are separated in the separation tank 181. As the hot water passed through the separator 180 is removed gas, it is possible to prevent the heating efficiency from being lowered by the gas in the hot water pipe 140.

One side of the separation tank 181 is provided with a see-through window 184 formed of a transparent material so that the user can check the internal space, and one side of the upper case 152 corresponding to the see-through window 184 is also visible to be visible. It is.

When the amount of gas in the separation tank 181 increases, the level of the hot water in the separation tank 181 is lowered, so that the level of the hot water can be checked through the viewing window 184.

The air outlet 187 is a partition plate 188 partitioning the separation tank 181 into the upper chamber 185 and the lower chamber 186, and an elastic member for supporting the partition plate 188 to elastically bias upward. 191, the valve seat 194 provided on the upper surface of the partition plate 188 to block the exhaust hole 190 formed in the partition plate 188, and the valve seat 194 in contact with the valve seat ( 194 and a push rod 197 for pressing the partition plate 188 downward.

The partition plate 188 blocks the inflow and outflow of air between the chamber 186 and the chamber 186, the edge of which is in contact with the inner circumferential surface of the separation tank 181 and partitioned by the partition plate 188, and the separation tank ( 181) is provided so as to be liftable. In addition, a seat mounting groove 189 is formed at the center of the partition plate 188 to install the valve seat 194. A plurality of exhaust holes 190 are formed around the seat mounting groove 189. have.

In addition, a first guide member 192 is provided on the bottom surface of the partition plate 188 for connection with the elastic member 191. The first guide member 192 is formed in a cylindrical shape which is opened downward, and has an inner diameter. It is formed to correspond to the outer diameter of the elastic member 191 to be described later.

The elastic member 191 extends in the vertical direction to the base 186, the upper end is guided by the first guide member 192 to support the lower surface of the partition plate 188, the lower end of the separation tank 181 Guided by the second guide member 193 formed on the bottom surface is supported on the bottom surface of the separation tank 181 to elastically bias the partition plate 188 upward.

The valve seat 194 is for selectively opening the exhaust hole 190 formed in the partition plate 188, the insertion projection 195 is inserted into the seat mounting groove 189 in the center is provided It is formed in a disk shape to cover the exhaust hole 190 on the upper surface of the partition plate 188.

Therefore, since the exhaust hole 190 is blocked by the valve seat 194, the loss chamber 185 and the chamber 186 are separated from each other in the separation tank 181.

The push rod 197 is for pressing the partition plate 188 and the valve seat 194 downward.

A rod insertion groove 196 is formed at the center of the valve seat 194, and a lower end of the push rod 197 is inserted into the rod insertion groove 196. In addition, the upper end of the push rod 197 protrudes to the outside through the rod through hole 155 of the upper case 152 so that the user can press the exposed upper end to push the push rod 197 downward. It is.

When the push rod 197 is pushed downward, the partition plate 188 is lowered. At this time, the center of the valve seat 194 is pressed while the edge is lifted to open the exhaust hole 190.

Therefore, since the partition plate 188 descends while the exhaust hole 190 is opened, the air separated in the base 186 moves to the upper chamber 185 through the exhaust hole 190.

Thereafter, when the pressing force applied to the push rod 197 is released, the partition plate 188 moves upward by the restoring force of the elastic member 191, and the water level of the hot water rises in the basement 186.

By discharging the air separated in the separation tank 181 to the outside through the air discharge unit 187, it is possible to prevent the pressure in the separation tank 181 from being excessively high.

In addition, a bypass pipe 177 is provided to communicate the upper chamber 185 of the separation tank 181 and the heating chamber 161 of the heating tank 160 with each other. Since the discharge pipe 177 is discharged to the outside through the upper chamber 185, it is possible to prevent a pressure increase in the heating tank 160.

Since the air of the heating chamber 161 may be discharged to the outside by the bypass pipe 177, the pressure regulator 170 is auxiliary pressure when the discharge of the gas through the bypass pipe 177 is not smooth. It will drive for adjustment.

Referring to Figures 8 and 9 will be described the driving process of the hot water heating policy 100 according to the present invention.

First, when the user presses the power button 157 and the driving button 158 and sets the desired temperature with the temperature control lever 159, the controller 175 heats the power from the power supply unit 178 according to the input set value. 166 is applied to drive the power supply coil.

When the temperature measured by the temperature sensor 167 reaches the set temperature, the controller 175 drives the circulation pump 176 to pump hot water to the hot water pipe 140 through the water discharge pipe 131.

The pumped hot water heats the mattress 120 for heating while passing through the branch pipes 143 in a state of being branched through the first and second distribution units 144 and 145, to the first and second distribution units 144 and 145. The heating zone can be adjusted by the user by operating the installed on / off valve 148.

The hot water passing through the branch pipe 143 is recovered to the heating means 150 again through the recovery pipe 132, and the gas is separated after being introduced into the separation tank 181 before heating to the heating tank 160. It is introduced into the tank 160, reheated by the heating coil 166 and then pumped by the circulation pump 176 to circulate the hot water pipe 140.

When the water level in the separation tank 181 is lowered to a predetermined level or lower through the viewing window 184 during operation, by pressing the push rod 197 to discharge the air in the basement 186 of the separation tank 181 to the outside, When the amount is reduced, water is supplied to the water supply hole 153 to be smoothly driven.

1 is a perspective view showing an embodiment of the warm water heating policy according to the present invention,

Figure 2 is a partially cutaway perspective view of the heating mattress and hot water pipe of Figure 1,

Figure 3 is a partial exploded perspective view showing the distribution unit and the branch of Figure 1,

4 is a cross-sectional view of the heating mattress of FIG.

5 is an exploded perspective view showing the heating means of FIG.

Figure 6 is a partially cutaway perspective view of the heating tank of Figure 5,

7 is a cross-sectional view showing the separator and the heating tank of FIG.

8 is a circuit diagram of the hot water heating policy of FIG.

9 is a block diagram showing a driving relationship of the warm water heating policy of FIG.

<Explanation of symbols for the main parts of the drawings>

100; Hot Water Heating Policy

120; Mattress for heating

130; Connection

140; Hot water pipe

150; Heating means

176; Circulation pump

180; Separator

Claims (6)

A frame; A heating mattress supported by the frame and embedded with a hot water pipe through which hot water flows; Heating means for heating hot water supplied to the heating mattress; A connection part connecting the heating means and the hot water pipe of the heating mattress to form a closed circuit; And a circulation pump for pumping hot water to circulate the hot water heated by the heating means through the hot water pipe. The method of claim 1, And a water separator installed on the connection part to further remove a bubble contained in the hot water circulating the hot water pipe. 3. The method of claim 2, The heating mattress is A cushioning portion including a plurality of cushioning materials stacked on each other, and having a buried groove formed therein so that the hot water pipe can be inserted thereon; And a functional mat unit mounted on the inside of the buffer unit or the lower portion of the buffer unit and including any one selected from among charcoal, mugwort, ganban stone, germanium, and jade. 3. The method of claim 2, The connection part includes a discharge pipe extending from the heating means to supply the heated hot water to the hot water pipe, and a recovery pipe connected to the heating means to recover the hot water circulated through the hot water pipe. The separator is connected to the recovery pipe has a filling space filled with hot water, a separation tank having a drain pipe connected to the heating tank of the heating means on one side, and connected to the recovery pipe, the water outlet is directed downward An inlet tube extending into the separation tank so that the water filled in the separation tank at a position separated by a predetermined distance from the inlet tube is collected in the discharge tube and the separation tank connected to the heating tank of the heating means; Hot water heating policy characterized in that it comprises an air discharge for discharging the air to the outside. The method of claim 4, wherein The separation tank is formed with a viewing window to check the water level of the water filled in one side, The air discharge section divides the separation tank into a loss chamber and a compartment, and an edge thereof contacts the inner circumferential surface of the separation tank to block the movement of air between the compartment and the compartment, and is installed inside the separation tank to be able to move up and down. Partition plate, An elastic member for supporting the partition plate to be elastically biased upward from the lower part of the partition plate; A valve seat installed on an upper surface of the partition plate so as to cover an exhaust hole formed in a vertical direction in the center of the partition plate; And pressurizes the valve seat and the partition plate downward so that an edge of the valve seat is lifted so that air in the basement can be discharged to the outside through the exhaust hole and the push rod lowers the partition plate. Hot water heating policy to do. The method of claim 5, In order to prevent the pressure inside the heating tank from rising due to water vapor generated during the heating of the hot water in the heating tank, a bypass pipe connecting the loss of the separation tank and the heating space inside the heating tank is further provided. Hot water heating policy characterized in that.

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